When using acrylic pressure-sensitive adhesive, there are several points to consider:

  1. Surface preparation: Ensure that the bonding surface is clean, smooth, and free from oil or dirt to achieve optimal adhesion. The surface can be cleaned using a cleaner or solvent and thoroughly dried.
  2. Apply appropriate pressure: To achieve the best bonding results, apply moderate pressure during bonding. Moderate pressure helps ensure good contact between the adhesive and the surface, improving adhesion strength.
  3. Avoid excessive stretching: Excessive stretching of acrylic pressure-sensitive adhesive can lead to adhesive failure. Therefore, it is important to avoid applying excessive tension to the adhesive, especially when applying it to elastic or stretchable surfaces.
  4. Avoid prolonged exposure to high temperatures: Acrylic pressure-sensitive adhesive generally exhibits good adhesion performance at lower temperatures. However, prolonged exposure to high temperatures can cause the adhesive to soften or flow, affecting its adhesion performance. Therefore, it is important to avoid excessive exposure to high temperatures.
  5. Consider humidity effects: Humidity can affect the adhesion performance of acrylic pressure-sensitive adhesives. In high-humidity environments, the adhesive may absorb moisture and result in decreased adhesion. When using the adhesive in high humidity conditions, it is advisable to choose a pressure-sensitive adhesive with good wet tack properties.
  6. Storage conditions: When not in use, store acrylic pressure-sensitive adhesive in a dry, cool environment, away from direct sunlight and high temperatures. Storage duration should be based on the adhesive’s characteristics and the recommendations provided by the supplier.

acrylic pressure sensitive adhesive

Please note that the above points are general considerations, and specific usage should be determined based on the particular product and application. It is recommended to read and follow the product instructions and safety guidelines provided by the supplier before using acrylic pressure-sensitive adhesive.

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The development of glass protection films has gone through the following stages:

  1. Early stage: In the early stage, glass protection films mainly involved applying a transparent coating to the glass surface for protection. These coatings provided a certain level of scratch resistance and anti-contamination properties to protect the glass surface from external substances. However, the protective effect of these coatings was relatively limited, and they were easily damaged and difficult to repair.
  2. Tempered glass protection film: With the widespread use of tempered glass, the demand for tempered glass protection films has increased. Tempered glass protection films are usually made of materials such as polyester or polyurethane, offering high abrasion resistance and corrosion resistance. These films effectively prevent scratches, stains, and UV erosion, while also providing additional safety by preventing glass splintering upon breakage.
  3. Blast-resistant protection film: With the growing concerns for severe weather and safety, blast-resistant protection films have been applied to glass windows and exterior wall glass in buildings. These protection films are typically composed of multiple layers of polyester film, offering strong impact resistance. When the glass breaks, the film can effectively control the splintering of glass shards, reducing the risk of injury.
  4. Smart protection film: With technological advancements, smart glass protection films have emerged. These films can adjust their transparency using electrical signals or light control technology, providing privacy protection and solar control functions. Smart protection films are widely used in architectural glass, vehicle windows, display screens, and other areas, offering enhanced convenience and comfort.
  5. Self-healing protection film: In recent years, self-healing glass protection films have become a focus of development. These films are typically made of polymer materials and possess self-healing capabilities. When the film’s surface experiences minor scratches or abrasions, the molecular structure within the film can rearrange and repair itself, allowing the scratches or abrasions to be healed and restoring the film to its original state.

glass protection films

With ongoing technological advancements, glass protection films continue to improve in functionality, durability, and safety, providing a wider range of choices and protection for various glass applications.

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In the furniture industry, stretch film is commonly used in packaging and protective material. Here are some key aspects of using stretch film in the furniture industry:

  1. Transportation and packaging protection: Furniture manufacturers typically use stretch film for packaging before transporting furniture products to distributors or customers. The stretch film securely wraps around the furniture, preventing damage such as shifting, collisions, or scratches during transportation. It provides a stable protective layer, ensuring safer transportation of the furniture.
  2. Dust and moisture protection: Stretch film also serves as a dust and moisture barrier, keeping furniture clean and dry. It can cover the surface of furniture, blocking dust and moisture from entering, thus reducing the workload of cleaning and maintenance.
  3. Bundling and securing: In furniture warehouses or retail stores, stretch film can be used to bundle and secure multiple furniture pieces, keeping them neat and stable. This helps improve storage efficiency and visual presentation while reducing the risk of damage during handling and stacking.
  4. Display protection: When showcasing furniture, stretch film can be used to protect the surfaces from touch, fingerprints, or other damage. It can be applied over the furniture, providing a layer of protection while maintaining the appearance and quality of the furniture.
  5. Lifting and handling protection: For larger or heavier furniture, using stretch film during lifting provides additional protection. It can secure furniture components, preventing displacement or damage during the lifting process.

Stretch Film

Overall, stretch film plays a role in protecting, securing, and packaging furniture, ensuring the safety and integrity of furniture products during transportation, storage, and display.

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Stretch film is a versatile packaging material widely used in various industries and fields. Here are some common applications of stretch film:

  1. Goods packaging: The stretch film is commonly used to wrap and protect goods and pallets during transportation and storage. It wraps around the items, protecting against dust, moisture, and scratches.
  2. Pallet stabilization: In transportation and storage, stretch film can be used to secure items on pallets, keeping them stable and organized. It provides a strong protective layer, preventing items from shifting or falling during transportation.
  3. Box sealing: Stretch film can be used to seal cartons or packages, ensuring the safety of the items inside. It provides a tight seal, preventing the loss or theft of items and protecting them from external factors.
  4. Bundling and strapping: When stacking, handling, or transporting items, the stretch film can be used for bundling and strapping, keeping them neat and stable. It provides additional support and fastening, preventing items from scattering or tilting.
  5. Dust and moisture protection: The stretch film has excellent dust and moisture resistance and can be applied to the surface of items, preventing the intrusion of dust, humidity, and other contaminants.
  6. Display protection: In exhibitions or sales locations, stretch film can be used to protect the appearance and quality of products. It can be applied to the surface of products, preventing scratches, fingerprints, or other damage.
  7. Construction and decoration: In the construction and renovation process, stretch film can be used to protect surfaces such as floors, doors, windows, furniture, etc., from paint, dust, or scratches.
  8. Agriculture and gardening: The stretch film is commonly used in agriculture and gardening, such as packaging agricultural products, covering crops, bundling bouquets, etc., providing protection and support.

Stretch film

It’s important to note that the applications of stretch film vary depending on different industries and specific needs. Choosing the appropriate type and specifications of stretch film is crucial based on specific packaging and protection requirements.

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When choosing a Low-E glass protective film, there are typically two options: transparent film and aluminum-coated film.

These two choices have different characteristics and suitable applications.

1. Transparent film: Transparent film is a colorless or slightly colored protective film, usually made of polyester. It has high light transmittance and can maintain the original transparency and appearance of the glass. Transparent film provides good protection, reducing UV transmission and improving thermal insulation performance without compromising the visual experience. Transparent film is suitable for scenarios where glass protection is needed without affecting the visual effect, such as windows, sunrooms, etc.

2. Aluminum-coated film: Aluminum-coated film is a protective film with a metallic coating. It has high reflectivity and thermal insulation properties, effectively blocking heat transfer and UV transmission. Aluminum-coated film can maintain indoor comfort in terms of temperature while reducing energy consumption and air conditioning load. However, the aluminum coating on the glass surface may create a metallic reflection, potentially affecting the visual effect and light transmission from both inside and outside. Therefore, aluminum-coated film is more suitable for scenarios where transparency is not a priority, such as office buildings, commercial buildings, etc.

Low-E glass protective film

The choice between transparent film and aluminum-coated film depends on specific needs and usage scenarios. If you want to maintain glass transparency and visual effects while improving thermal insulation performance, transparent film is a good choice. If you prioritize thermal insulation performance and energy efficiency without being overly concerned about visual effects, aluminum-coated film may be more suitable. It is recommended to select the appropriate Low-E glass protective film based on specific application requirements and personal preferences.

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The production process of aluminum-coated film involves a series of steps.

Here are the basic steps typically used in the production of aluminum-coated film:

  1. Cleaning and preparing the glass substrate: Firstly, the glass substrate needs to undergo cleaning and surface preparation to remove dirt and impurities and ensure a smooth and clean surface.
  2. Substrate pre-treatment: Next, the substrate goes through pre-treatment steps, including surface activation treatment and chemical treatment. These steps help improve the adhesion and uniformity of the coating.
  3. Coating preparation: Before preparing the aluminum-coated film, the aluminum coating material needs to be prepared. One common method is to evaporate or sputter the aluminum material onto the specific substrate in a vacuum environment.
  4. Aluminum coating preparation: When preparing the aluminum coating, it is typically deposited on the substrate surface under specific process conditions. This can be achieved through methods like physical vapor deposition (such as evaporation, sputtering) or chemical vapor deposition (such as chemical vapor deposition, thermal decomposition).
  5. Coating protection: After the aluminum coating is deposited, it often requires the application of a protective layer to improve its corrosion resistance and durability. This can be achieved by applying a transparent protective layer.
  6. Inspection and packaging: Lastly, the prepared aluminum-coated film undergoes inspection and quality control to ensure it meets the requirements. Subsequently, the film is cut, trimmed, and properly packaged for transportation and use.

Aluminum-coated Film

It is important to note that the production process of aluminum-coated film may vary depending on the manufacturer and specific application. The above steps represent a general preparation process, and the actual production process may differ due to variations in materials, equipment, and process conditions.

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Floor protection film is a thin film material used to protect the surface of floors, typically made of polyethylene (PE).

Here are some main reasons for using floor protection film:

  1. Protection from damage: Floor protection film can effectively safeguard the floor surface from scratches, abrasion, contamination, and chemical substances. During renovations, construction, or moving, floors are susceptible to damage from heavy objects, foot traffic, and tools. The floor protection film acts as a protective layer, reducing direct contact and wear on the floor.
  2. Convenient cleaning and maintenance: The surface of floor protection film is typically smooth and easy to clean, preventing dust, dirt, and liquids from penetrating the floor surface. This makes cleaning the floor easier, as there is no need for frequent cleaning of the floor itself—just clean or replace the floor protection film.
  3. Temporary protection measure: Floor protection film can provide temporary protection during renovations, decorations, or temporary use of a space. It prevents foot traffic, scratches, or contamination, helping to maintain the original condition of the floor.
  4. Cost reduction for repairs and replacement: By using floor protection film to safeguard floors, damage and wear can be minimized, leading to lower costs for repairs and floor replacement. Floor protection film can extend the lifespan of the floor while preserving its appearance and quality.
  5. Safety protection: Some floor protection films have anti-slip properties, offering additional safety protection. They can reduce the risk of people slipping on wet or slippery surfaces and provide stable footing.

Floor Protection Film

In summary, using floor protection film helps protect floors from damage, facilitates easy cleaning and maintenance, provides temporary protection, reduces costs for repairs and replacement, and offers safety protection. It is a simple and effective method to preserve and maintain the quality and appearance of floors.

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The production process of floor protection film typically involves some main steps:

  1. Material preparation: Selecting suitable materials for the floor protection film, usually using polyethylene (PE) film. Different thicknesses and characteristics of materials can be chosen based on requirements.
  2. Lamination: The polyethylene film is passed through a laminating machine to be flattened and achieve a certain thickness and width.
  3. Coating: After lamination, the surface of the polyethylene film is coated. This often involves applying a layer of adhesive or anti-slip coating to the film surface. The adhesive provides adhesion to secure the floor protection film to the floor, while the anti-slip coating offers additional slip resistance.
  4. Cutting and packaging: After the coating process, the floor protection film is cut into the desired lengths and widths. Then, it is rolled into rolls or folded and stacked, followed by appropriate packaging for storage and transportation.
  5. Quality control: Quality control checks are conducted during the production process to ensure that the floor protection film meets relevant standards and specifications. This includes inspecting the film’s thickness, width, coating uniformity, adhesion, and other performance factors.

floor protection film

It is important to note that the production process of floor protection film may vary depending on the manufacturer and specific product. The above steps provide a general overview of the preparation process, and the actual production process may differ due to variations in materials, equipment, and process conditions. The specific production process of floor protection film needs to be adjusted and optimized based on the actual circumstances.

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The following are several common types of protecting and decorating the surfaces of aluminum alloy doors and windows films:

  1. Protective film: A transparent film used to protect the surface of aluminum alloy doors and windows from scratches, pollution, and daily wear. It forms a protective layer, preserving the original appearance of the doors and windows and extending their lifespan.
  2. UV-blocking film: This special film is designed to block ultraviolet (UV) rays. It effectively reduces the transmission of UV rays, preventing damage to indoor items and furniture caused by UV radiation, while also reducing heat entry into the interior.
  3. Privacy film: Privacy film is a type of film that provides privacy protection. It partially blocks the perspective effect, making it difficult for people outside to see the interior. Privacy film is widely used in commercial buildings, offices, residences, and other places.
  4. Coating film: Coating film is a thin film with a special metal coating. It can provide aluminum alloy doors and windows with different colors, reflective properties, and optical effects, offering more decorative options and personalized designs.
  5. Frosted film: Frosted film is a film that creates a frosted effect, altering the surface texture of aluminum alloy doors and windows. It can give the surface a frosted or satin-like texture, increasing visual appeal and decorative effects.

aluminum alloy doors and windows films

 

The selection of these aluminum alloy door and window films depends on specific needs and application scenarios. Different film materials can provide various protective, decorative, and functional properties. It is possible to choose the appropriate aluminum alloy door and window film based on personal preferences and practical requirements.

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The aluminum alloy door and window films have the following characteristics:

  1. Protective: Aluminum alloy door and window films effectively protect the surface of doors and windows from scratches, pollution, and wear. They create a protective layer that prevents daily wear and damage, extending the lifespan of the doors and windows.
  2. Decorative: Aluminum alloy door and window films offer a variety of decorative effects, allowing the appearance of doors and windows to be changed through different colors, patterns, and textures. They can be matched with the interior decor style, enhancing the aesthetic appeal and decorative aspect of the doors and windows.
  3. Privacy protection: Some aluminum alloy door and window films provide privacy protection by blocking the line of sight. These films make it difficult for people outside to see inside, increasing the privacy of the interior space.
  4. UV protection: Certain aluminum alloy door and window films have UV protection capabilities, effectively blocking the transmission of UV rays. This helps reduce damage to indoor furniture, floors, and walls caused by UV radiation, while also reducing the amount of heat entering the interior.
  5. Energy-saving: Some aluminum alloy door and window films are made with special insulation materials or coatings, offering excellent thermal insulation properties. They can reduce heat transfer between the indoors and outdoors, improve the thermal resistance of doors and windows, and lower energy consumption and air conditioning costs.
  6. Easy to clean: The surface of aluminum alloy door and window films is usually smooth and easy to clean, preventing dirt and dust from adhering and reducing the amount of cleaning required. Simple wiping can keep the doors and windows clean and bright.

aluminum alloy door and window films

It’s important to note that different types and brands of aluminum alloy door and window films may have different characteristics and performance. When selecting and applying aluminum alloy door and window films, it is recommended to consider specific needs and product specifications to ensure the desired functions and effects are achieved.

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